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(No Model.)

W. R. WYNNE. MECHANICAL TOY.

Patented Sept. 14, 1897.

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(No Model.)

Patented Sept. `14., 1897.

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W. R. WYNNE. MECHANICAL ToY.

No. 589,917. Patented Sept. 14,1897.

Wl TNE SSE S UNITED `STATES PATENT Erice.

VVILLIABIRIOHARD VVYNNE, OF LONDON, ENGLAND.

MECHANICAL TOY.

SPECIFICATION forming part of Letters Patent-No. 589,917, dated September 14, 1897.

Applicationled September 28, 1896. Sera1N0.607,148. (No model.) Patented in England June 20,

1895, No. 12,007, and

in Germany May 18,1896,No. 86,808.

To a/ZZ whom it may concern:

Be it known that I, WILLIAM RICHARD WVYNNE, a subject of the Queen of Great Britain, and a resident of London, in the county of M iddlesenQEngland, have invented indicate corresponding parts wherever found throughout theseveral views.

This invention consists of a new mechanical toy, which is designed to represent a figure blowing bubbles, smoking a pipe or cigar, or engaged in any similar occupation.

The invention is fully disclosed in the following specification, of which the accompanying drawings form a part, in which- Figure l is a back elevation of my improved mechanical toy, with the back of the casing removed; Fig. 2, a sectional side elevation; Fig. 3, a front view thereof, and Fig. 4 a side view.

In the practice of my invention, reference being made to Figs. l and 2, I provide a handwheel Il, with which is connected an indicating-pointer h, and said hand-wheel is attached to or formed on a horizontal shaft HS, upon which suitably-shaped cams C', O2, O3, and C'L are fixed.

When the shaft IIS is revolved, the cams rub against the cross-pins P', P2, P3, and P4 of their respective levers L', L2, L2, and L4 and move them in opposition to the power of the springs S', S2, S3, and S4, acting on their respective levers.

vTo cheapen the manufacture of this shaft, cams, and handfwheel, I sometimes cast the shaft,can1s, hand-wheel, and pointer in one piece. y

The cam C', here shown iixed tothe shaft by a set-screw, moves the vertical lever L', which is pivoted at A' at its lower end, and at its upper end is connected with the bellows B', inllating the bellows and compressing the spring S' at the back of the bellows.

'Vhcn the cam O' moves round to such a position that the spring is able to act, the bellows suddenly discharges its contents through the bent tube T', with its mouth ixed on a level with the bowl of the `tobacco-pipe at its highest position, and if a bubble has been formed upon the bowl of the tobacco-pipe it is blown off clear of the figure.

The cam O2 actuates the larger bellows B2 in a-similar manner, but the air from this pair of bellows is discharged through the pipe T2, past the controlling-valve OV, through the flexible connecting tube FT into the movable arm of the figure and through the stein into the bowl of The tobacco-pipe TP in Fig. 2.

An inwardly-opening valve V2 in Fig. l is provided at one end of the bellows B2to prevent soap solution being drawn up through the tobacco-pipe into the bellows during the inflation, and this valve I preferably make ot' thin sheet india-rubber of the shape shown at V2.

The controlling-valve CV serves to reduce the area of the air-pipe T2 and prevents the sudden bursting of the newly-formed bubble `when the bellows B2 is being closed by the Instead of employing the controlling-valve here shown I sometimes use an equivalent mechanical obstruction, such as a plug of eottonwood in the air-pipe, or I make the hole through the stem of the tobacco-pipe of so small a size that it in itself .prevents the air from the bellows flowingso rapidly as to burst the newly-formed bubble.

The cam O3 moves the head of the ligure through the lever L3, connecting-rod R3, and double-ended lever YS, thesprin g S3 opposing the motions of the lever L3.V Thehead is fixed upon the rocking shaft S5, pivoted as shown in Fig. 2. p

The cam O4 produces the movements of the arm of the figure and the tobacco-pipe by means of the lever L4 and spring S4, acting through the double-ended lever Y4 and the connecting-rod R4.

The air-tube Q (shown in dotted lines following the shape of the arm in Fig. 3) is bent at right angles to the arm and forms the shaft which transmits the movements of the doubleendcd lever Y to the arm, and the iiexible IOO of the bowl of the pipe.

tube FT enables air from the bellows B2 to be delivered to the tobacco-pipe through the arm in any position.

In Figs. 5 and 6l have shown the construction of the toy tobacco-pipe which I have found advantageous in practice, similar letters in the drawings referring to similar parts. I make in the piece of metal a, shaped to form the bowl of the tobacco -pipe, two holes at right angles to each other, c and d,which pass entirely through the bowl. The lower end of hole l) I enlarge conically to form the inside Oneend of the other hole, c, I tap internally with a small screwthread, (shown at d.) I form a corresponding screw at the stem of the pipe TP and solder the stem of the bowl together. I force a current of air through the pipe during the soldering operation to prevent the solder iillin g up the small aperture of the bowl and stem. I then lill up the other ends of the two holes b c with a cement ef, unaffected by t-he soap solution, such as shellac or beeswax. In Fig. G is shown the-manner of cleaning the pipe of any hardened soap solution. The filling e is removed and a pin a piece of wire, is then passed into the pipe and stem. When thoroughly cleaned, the pin is removed and the hole is again filled with cement.

The working of the toy is as follows: By turning the indicating-pointer h on the handwheel H in the direction of the arrow, Fig. 4f, toward the mark 2 on the side of the ease, the cam C inates the bellows B and the cam C2 inlates the bellows B2 and the cam C3 allows the head of the figure to be moved down into its lowest position by the spring S3. The cam C4 forces the arm of the ligure downward until the bowl of the pipe dips into the soap solution placed in the dish D and then allows the spring S4 to lift it up until the stem of the tobacco-pipe comes in contact with the lips of the figure. When the pointer reaches the mark 2, the lever L is released by the cam C andthe bellows Bl is closed by the spring S' behind it. Abubble then forms on the bowl of the tobacco-pipe, the size and color of the bubble being determined by the relative diameter of the pipe-bowl and the capacity of the bellows B. To obtain brilliantly-colored bubbles of small size, it is necessary that the pipe-bowl shall take up a very small quantity of the soap solution,and this I attain by forming one side of the vessel containing the soap solution parallel to the lip of the bowl of the tobacco-pipe when the pipe is in its lowest position. As soon as the bubble has reached the desired size and brilliancy,the hand-wheel is turned around farther until the pointer is over the mark 1. This causes the cam O to release the bellows B anda puff of air is discharged at the level of the junction of the pipe-bowl and the bubble through the orifice O, as shown in Figs. 2 and S. The sudden puff of air detaches the bubble and throws it off clear of the toy. At the same moment the arm of the iigure is lowered and the head is lifted up, producing on an observer the impression that the figure is looking up to follow the course of the bubble in the air.

I-Iaving fully described my invention7 I claim as new and desire to secure by Letters Patentl. In a bubble-blowing or similar toy, the combination with a suitable horizontal shaft, provided with four cams, of four suitablymounted levers which are operated by said cams, two bellows in operative connection with two of said levers, and a toy iigure one arm and the head of which are operated by the other two levers, substantially as shown and described.

2. In a bubble-blowing or similar toy, the combination with a suitable horizontal shaft, provided with four cams, of four suitablymounted levers which are operated by said cams, two bellows in operative connection with two of said levers, and a toy iigure one arm and the head of which are operated by the other two levers, said arm of said ligure being hollow and provided with a pipe which is held in the hand, and 4one pair of said bellows being provided with means for discharging air through the arm and pipe, substantially as shown and described.

In a bubble-blowing or similar toy, the combination with a suitable horizontal shaft, provided with four cams, of four suitablymounted levers which are operated by said cams, two bellows in operative' connection with two of said levers, and a toy figure one arm and the head of which are operated by the other two levers, said arm of said figure being hollow and provided with a pipe which is held in the hand, and one pair of said bellows being provided with means for discharging air through the arm and pipe, and said bellows being also provided with means for regulating the amount of air discharged, substantially as shown and described.

et. In a mechanical toy, the combination with a suitably-mounted horizontal shaft provided with four cams, of four suitably-mounted levers, two pairs of bellows which are operated by two of said levers, and a toy figure provided with a movable hollow arm, and a movable head, and a toy pipe held in the hand of the arm, said parts being in operative connection, and said bellows being provided with means for discharging air through said arm and said pipe, substantially as shown and described.

In testimony that I claim the foregoing as my invention I have signed my name, in presence of the subseribin g witnesses, this lst day of September, 1896.

WILLIAM RICHARD WYNNE. lVitncsses:

WALTER WiLLIAM' WYNNE,

SRYAN HARRY GowER.

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